Electromagnetic platform motor (EPM) (EPM-1) (EPM-2)

ABSTRACT

The presence invention is an electromagnetic platform motor on track wheels that convert reciprocating motion into rotation motion that produces torque force and speed that rotates the shaft of electric generator producing electricity. The invention uses an electromagnetic aluminum tube magnetic force field to repel and attract super strong permanent magnets attached on opposite side of a platform with wheels to move forward and backward, in and out of the electromagnetic aluminum tube with force. A mechanical advantage ratchet mechanism connected to the platform converts the reciprocating motion, forward movement and backward movement to rotational motion that produces torque force and speed that rotates the shaft of the electric generator producing electricity.

U.S. PATENT DOCUMENTS 0,634,667 October 1899 Hooper, G. H. B. 4,359,673 November 1982 Bross, Jr. et al. 4,507,579 March 1985 Turner, Jack C. 5,457,349 October 1995 Gifford, LeLand W. 8,344,560 January 2013 Gosvener, Kendall C

FIELD OF THE INVENTION

The field of this invention is an improvement of a reciprocating electromagnetic engine with the additional employment of a platform motor on track wheels connected to a mechanical advantage mechanism that rotates the shaft of an electric generator producing electricity.

BACKGROUND OF THE INVENTION

The idyllic source for generating rotational motion or mechanical energy to generate electrical energy remains an elusive goal. HEP (Hydro-Electric Power) requires that waterways and rivers be dammed to provide the requisite rotational motion for a turbine to drive a generator, thus disrupting marine life and precious water resources for those relying on such waterways and rivers.

Nuclear power can generate enormous electrical energy and can serve vast population segments. However, the impact of a nuclear meltdown on the environment and nearby residents can be catastrophic. Coal energy can fill some void, but is highly polluting of the environment.

Gasoline motor is use as the prime mover of an electric generator in a hybrid automobile. Electric automobile uses a bank of batteries to power the electric motor (s) and the battery pack has to be re-charge for continue operation

The present invention has none of the prior art disadvantage and is a system that uses an electromagnetic force field to provide continuous rotational motion that can be harnessed producing electricity.

A wrecking yard uses an extremely powerful electromagnet device that creates a powerful electric field through the application of electricity to move heavy pieces of metal from one place to another. A magnet has two poles: “north and south”. The north end of one magnet will attract the south end of another magnet. The north ends of two magnets will repel each other (and similar, south end will repel the south end of another magnet).

The electromagnetic field in a coil circuit can be increased thousands of times by increasing the number of turns of the enameled magnetic copper wire (coil) where the voltage source remains the same.

SUMMARY OF THE INVENTION

The presence invention, ELECTROMAGNETIC PLATFORM MOTOR (EPM) (EPM-1) (EPM-2) is an electromagnetic platform motor on track wheels actuated, linear reciprocating, self-timed motions connected to mechanical advantage levers to connecting rod, wheel and gears that converts the reciprocating motions, forward movement, backward movement, and up and down motion to rotational motion that produces the torque force and speed that rotates the shaft of a generator producing electricity.

The presence invention is a platform motor frame section that have track wheels attached to its four corners, and super powerful magnets attached on opposite sides of the motor platform section where the magnets moves forward & backward, easily in & out of an electromagnetic force field aluminum tube. The motor frame section is connected to a ratchet mechanical advantage mechanism that convert the linear motion of the motor frame section in to rotation motion that produces the torque force and speed that rotates the shaft of an electric generator.

The presence invention (EPM) and/or (EPM-1) power source is a D.C. Variable Power Supply. The presence invention (EPM-2) power source is two separate groups of batteries connected in a series circuit and the two groups are connected in to a parallel circuit. The present invention (EPM-2) provides the power source to an electric generator and the electric generator provide the power source to invention (EPM-2).

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a view of this invention (EPM) from Side (B). It shows an overall view of the invention with some of its number parts. Number is (magnet) attached to a metal part connected to a brass part.

FIG. 2 is a view of the MOTOR FRAME SECTION with a view and positions of some of its parts.

FIG. 2A is a view of the MOTOR FRAME SECTION with some of the part measurements;

FIG. 3 shows a view of the magnet connections, the polarity positions of the magnets & the ELECTROMAGNETIC ALUMINUM TUBE SECTION. It shows the forward and backward direction of movements. (Phase 1 & Phase 2)

FIG. 4 shows the secured position of the ELECTROMATIC ALUMINUM TUBE inside the MOTOR PLATFORM SECTION frame; FIG. 4A shows the TOP & BOTTOM SWITCH SECTIONS and FIG. 4B shows the ELECTRICAL SWITCH SECTION.

FIG. 5 show views of the TOP & BOTTOM SITCH SECTIONS and their electrical wire connections.

FIG. 6 shows the ELECTRICAL SWITCH SECTIONS—TOP & BOTTOM and their electrical wire connections.

FIG. 7 shows drawings of the electrical connections and the voltage source: FIG. 7A shows the TOP & BOTTOM SWITCH SECTIONS; FIG. 7B shows the ELECTRICAL SWITCH SECTION; FIG. 7C shows the voltage source of two separate groups of eighteen 12-volts car batteries connected in a series circuit and connected parallel to each other; FIG. 7d shows the voltage source of the D.C. Variable Power Supply (150 volts to 500 volts)

FIG. 8 & FIG. 8A shows view from Side (B) a modified ten speed bicycle with weights secured & evenly spaced around the wheel, the flywheels (gears), cassettes (gears), bicycle chains, the modified bicycle paddle, a bike stand and a modified electric generator. FIG. 8B shows view from Side (A).

FIG. 9 is a view from Side (B) of this invention (EPM-2) PRIME MOVER. It shows an overall view of the invention with some of its number parts.

FIG. 10 shows drawings of (EPM-2) PRIME MOVER electrical switch wiring connections to the battery pack, electrical generator, and controller and to the electric automobile or vehicle's electric motor (s).

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT EPM

FIG. 1 shows an overall view of the invention along with the numbers for some of the parts to the invention. The invention frame is comprised of metal and brass plumbing pipes, connectors and steel rods. FIG. 1 shows the motor frame section with four metal gate wheels number 1 attached to it four corners; 1) number 1 a is a connections of ½″×12″ pipe, ½″ coupling plus ½″×12″ pipe showing the length of 20½″ inches; 2) number 1 b is a ½×36 inches pipes; 3) number is a 1″×¾″ Disc, Nickel Plated, Grade N42 Neodymium Magnet; 4) the electro magnet section number 2 is comprise of an 15 inches in length & a 2 inches open aluminum tube with enameled magnet copper wire, 18 gauge, 3,003 feet in length wrapped around it with its black end lead & a red end lead; 5) the TOP & BOTTOM SWITCH SECTIONS number 3; 6) TOP & BOTTOM ELECTRICAL SECTION number 3 c; 7) D.C. Variable Power Supply number 4; 8) the 1st LEVER SECTION number 5 with numbers 5-1 & 5-2 are 2.5 lbs. metal bar weights; 9) 2nd LEVER SECTION number 5 a; 10) number 5 b is the steel rod connection to the 2nd LEVER SECTION & to number 93 bicycle paddle gear; 11) a modified ten speed bicycle with a flywheel, cassettes & chains and bike stand numbers 6; 12) a modified electric generator number 7; 12) the majority of the invention is shown positioned on top of two platforms numbers 8 & 9. FIG. 1 shows a rear & front directional and Sides (A), (B), (C). & (D). FIG. 2 shows the MOTOR FRAME SECTION with some of its parts; 1) numbers 1 c is a ½″×⅜″ modified hex brushing with a powerful magnet attracted to it; 2) numbers 10 & 10 a are 1″×½″ modified reducer couplings where powerful magnets are attracted; 3) number 11 is a ½″×3 & ½″ brass nipple; 4) number 12 is a ½″×2½″ brass nipple; 5) number 13 is a ½″×22″ pipe connection of the MOTOR FRAME SECTION to the 1st LEVER SECTION of the invention frame. FIG. 2 shows a rear & front directional and Sides (A), (B), (C). & (D). FIG. 2A shows some of the measurements of the motor frame section and some of its parts. FIG. 3 shows the numbers 10 & 10 a and 11 & 12 described in FIG. 2. It shows: 1) numbers 37 & 38 are 1″×½″ Disc., Nickel Plated, Grade N42 Neodymium Magnets; 2) numbers 39-44 are 1″×1″ Disc, Nickel Plated, Grade N42 Neodymium Magnets; 3) numbers 45-50 are 1″×¾″ Disc, Nickel Plated, Grade N42 Neodymium Magnets; 4) number 51 is a 1″ modified metal cap & is the North End of the magnetic section; 5) number 52 is a 1″ modified coupling & number 38 is the NORTH End of the magnetic section; 6) magnetic section numbers 10, 37, 39-44 & 51 are 8 & ½″ in length; 7) magnetic section numbers 10 a, 38 & 45-50 are 7¾″ in length; 8) ELECTROMAGNETIC ALUMINUM TUBE number 2 is 15 inches in length with a 2 inch open; wrapped around the aluminum tube is a enameled magnet copper wire gauge 18, 3,003 feet in length that has a red lead, number 21 & a black lead, number 22; 9) Phrases 1 & 2 show the directional forward and backward movements of the magnet sections. FIG. 3 shows a rear & front directional and Sides (A), (B), (C). & (D).

FIG. 4 shows: 1) MOTOR PLATFORM SECTION frame number 1; 2) the secure position of the ELECTROMAGNETIC ALUMINUM TUBE number 2 with its RED lead number 21 & BLACK lead number 22; 3) the Grade N42 Neodymium magnet sections with its positioned polarities, NORTH (N) & SOUTH (5) numbers 16 &17; 4) FIG. 4A shows the TOP SWITCH SECTION number 18 with its electrical wire wiring numbers 23 & 24 and 25 & 26; 5) FIG. 4A shows the BOTTOM SWITCH SECTION number 19 with its electrical wire wiring numbers 27 & 28 and 29 & 30; 5) FIG. 4B shows the TOP ELECTRICAL SWITCH SECTION number 31 with its electrical wire wiring numbers 32 & 33, and the BOTTOM ELECTRICAL SWITCH SECTION number 34 with its electrical wire wiring numbers 35 & 36. FIG. 4 shows a rear & front directional and Sides (A), (B), (C). & (D).

FIG. 5 shows the TOP SWITCH SECTION number 18: 1) numbers 23-26 described in FIG. 4; 2) numbers 52-55 are small car battery cables with their electrical wirings; 3) numbers 56 & 57 are plywood; 4) numbers 58 & 59 are Disc Nickel Plated, Grade N42 Neodymium Magnets—⅛″×½″attached on the underneath sides of 56 & 57; 5) numbers 60 & 61 are Rectangle Nickel Plated, Grade N42 Neodymium Magnets: ⅛″×½″1″″; BOTTOM SWITCH SECTION number 19: 6) numbers 27-30 described in FIG. 4; 7) numbers 62-65 are small car battery cables with their electrical wirings; 8) numbers 66, 67, 68 & 69 are plywood; 9) numbers 70 & 71 are Balsa wood: 10) 72 & 73 are Disc Nickel Plated, Grade N42 Neodymium Magnets, ⅛″×1/2″; FIG. 5 shows a rear & Front directional and Sides (A), (B), (C). & (D).

FIG. 5A shows the up & down movement positions of the TOP & BOTTOM SWITCH SECTIONS connected.

FIG. 6 shows the TOP ELECTRIAL SWITCH SECTION: 1) numbers 74 & 75 are small car battery cables with their wiring numbers 74 a & 75 a; 2) numbers 76 & 76 a are Disc Nickel Plated, Grade N42 Neodymium Disc Magnets, ⅛″×½″ position underneath number 77 & 77 a; 3) numbers 77, 77 a & 78 are plywood; 4) number 79 is a brass bracket; 5) number 80 is a ¼″hole for connection to BOTTOM ELECTRICAL SWITCH SECTION number 86.

BOTTOM ELECTRICAL SWITCH SECTION number 86: 6) numbers 81 & 82 are small car battery cables with their wiring numbers 81 a & 82 a connections to voltage source; 7) number 81 a is connected from number 81 to number 125 (Vs+) of FIG. 10; 8) number 82 a is connected from number 82 to number 126 (Vs−) of FIG. 10 9) numbers 83, 84, 85, 86 & 90 are plywood; 10) numbers 87 & 91 are Balsa wood; 11) numbers 88 & 89 are Disc Nickel Plated, Grade N42 Neodymium Magnets, ⅛″×½″; 12) number 92 is the position to secure the TOP ELECTRICAL SWITCH SECTION.

FIG. 6A shows the up & down movement positions of the TOP & BOTTOM ELECTRICAL SWITCH SECTIONS connected.

FIG. 7: ELECTRICAL SWITCH SECTION: 7) numbers 74, 75, 81 & 82 are small car battery cables; 8) numbers 74 a & 81 a are the positive wirings; numbers 75 a & 82 a are negative wirings for the small car battery cables;

FIG. 7A shows: TOP SWITCH SECTION: 1) numbers 52, 53, 54 & 55 are small car battery cables; 2) numbers 23, 25, 24 & 26 are the wirings for the small car battery cables; 3) numbers 21 & 22 described in FIG. 4.

BOTTOM SWITCH SECTION, FIG. 7A: 4) numbers 62, 63, 64 & 65 are small car battery cables; 5) numbers 27 & 30 are the negative wirings for the car battery cables; 6) numbers 28 & 29 are the positive wirings for the small car battery cables;

FIG. 7B is a D. C. Variable Voltage Supply of 150-500 volts.

FIG. 7C is two separate groups of eighteen 12-volts car batteries connected in a series circuit, and the groups are connected in to a parallel circuit;

FIG. 8 shows 1) number 101 is a drawing of the bicycle wheel & bike stand; 2) number 102 shows the position of the paddle connection to the 2nd LEVER SECTION number 5 b.

FIG. 8A shows Side (B) View: 3) number 93 is a modified ten speed bicycle with eight 2.5 lbs. bar weights number 93 b secured around the wheel number 93 a; the bicycle paddle wheel gear has 41 teeth; 4) FIG. 8B shows Side (A) View: attached to the bicycle wheel is flywheel number 94 with 23 teeth & chain number 94 a connects to gear number 95 with 13 teeth; 5) number 95 gear turns number 96 gear with 24 teeth; 6) chain number 96 a connects to gear number 97 with 14 teeth; 7) number 97 gear turns with number 98 gear with 32 teeth; 8) number 98 a connect to number 98 gear turns number 100 flywheel with 14 teeth; 9) number 96 cassette gear has six different speed positions number 96 b; 10) number 98 cassette gear number 98 b has five different speed position;

DESCRIPTION OF THE PREFERRED EMBODIMENT (EPM-2) Prime Mover Motor

FIG. 9 shows a drawing of the MOTOR PLATFORM SECTION (EPM-2)—PRIME MOVER: 1) all of the parts are described in the above figure numbers except 5 a is replaced by number 115, 2nd LEVER SECTION connection; number 99 electric generator replaced with number 117, ELECTRIC GENERATOR; number 118 is a CONTROLLER to the electric generator; 2) number 116 is two groups of eighteen 12-volts car batteries connected in a series circuit, and are connected in to a parallel circuit; 3) numbers 119, 120, 121 & 122 are electric motors of an electric automobile or an electric vehicle;

FIG. 10: all numbers under 123 are described in the above Figure Numbers 1-8; 1) wiring numbers 23 & 24 to ELECTROMAGNETIC TUBE number 21 (Red); wiring numbers 25 & 26 to ELECTROMATIC ALUMINUM TUBE number 22 (Black); wiring numbers 27− & 30− to number 75−; wiring numbers 28+ & 29+ to number 74+; number 75− to make electrical contact to number 82−; number 74+ to make electrical contact to number 81+; wiring number 82 a− to Vs− number 126−; wiring number 81 a+ to Vs+ number 125+; 2) 12 VOLTS BATTERIES PACK: numbers 123 & 124 are two BATTERY PACKS of eighteen 12 volts car batteries connected in a series circuit with their wiring numbers 123 a+, 123 b− and 124 a+& 124 b−; 3) number 125+ is the connections of wiring numbers 81 a+, 123 a+ & 124 a+ connecting to wiring number 128 a+ connected to electric generator positive post number 128+ and to number 117, the ELECTRIC GENERATOR; 4) numbers 126− is the connections of wiring numbers 82 a−, 123 b− & 124 b− connecting to wiring number 129 a− connection to the electric generator negative post number 129−; 5) number 117A wiring from ELECTRIC GENERATOR number 117 to CONTROLLER number 118 to wiring number 118 a to ELECTRIC MOTORS numbers 130, 131, 132 & 133 back to CONTROLLER number 118. 

1. Inventor claims that this invention, Electromagnetic Platform Motor (EPM) is an electromagnetic mechanical advantage motors that produce torque force and speed that rotates the shaft of an electric generator. The invention is comprised of:
 2. means to have a MOTOR PLATFORM SECTION attached with metal track wheels on the frame four corners;
 3. means to attach on the opposite sides of the MOTOR PLATFORM SECTION frame two separate groups of powerful magnets where the magnetic polarity of the North pole of one group is facing the North pole magnetic polarity of the opposite magnet group but space several inches apart;
 4. means to wind 3,003 feet of enameled magnet copper wire, gauge 18 around a 15 inch aluminum tube with a 2 inch open, and the means to secure the ELECTROMAGNETIC ALUMINUM TUBE to a position in the center of the MOTOR PLATFORM SECTION frame.
 5. means for the two groups of powerful magnets attached to the MOTOR PLATFORM SECTION to moves in and out of the ELECTROMAGNETIC ALUMINUM TUBE with ease;
 6. means to have D.C. current of 150 volts to activate the ELECTROMAGNET ALUMINUM TUBE electromagnetic force field; means to have the electromagnetic force field inside the tube to repel and pull at the same time the powerful magnets to move forward, and means when the current flow to the ELECTROMAGNETIC ALUMINUM TUBE is reverse, the electromagnetic force field inside the tube to repel and pull at the same time the powerful magnets to move backward;
 7. means to have the TOP SWITCH SECTION position and connect to move up & down on top of a BOTTOM SWITCH SECTION; means for the opposition ends of the electrical connections of the TOP SWITCH SECTION to make electrical contacts with the BOTTOM SWITCH SECTION electrical connections on the up & down movements.
 8. means to connect the TOP SWITCH SECTION electrical connections to the ELECTROMAGNETIC ALUMINUM TUBE electrical connections; means to have the TOP SWITCH SECTION electrical connections to the ELECTROMAGNETIC ALUMINUM TUBE to reverse the current flow to the ELECTROMAGNETIC ALUMINUM TUBE with the up & down movements of the TOP SWITCH SECTION;
 9. means for the up & down movements of the electrical connections of the TOP SWITCH SECTION to make electrical contacts with the electrical connections of the BOTTOM SWITCH SECTION to reverses current flow to the ELECTROMAGNETIC ALUMINUM TUBE when the D.C. current is activated; means to have 150 D.C. volts to activate the movements of the MOTOR PLATFORM SECTION when it is positioned to the rear in the start position;
 10. means to attach a strong magnet at the end of the connected part extended from the MOTOR PLATFORM SECTION frame over the TOP SWITCH SECTION; means to have the strong magnet to be position over the top of the two magnets attached and positioned on top of the TOP SWITCH SECTION where the strong magnet magnetic polarity facing the same magnetic polarity of the two magnets magnetic polarity; means for the strong magnet to repel the two magnets when passing;
 11. means to have the TOP ELECTRICAL SWITCH SECTION position and connect to move ON or OFF on top of a BOTTOM ELECTRICAL SWITCH SECTION; means for the ends of the electrical connections of the TOP ELECTRICAL SWITCH SECTION to make electrical contacts with the BOTTOM ELECTRICAL SWITCH SECTION electrical connections;
 12. means to connect the electrical connections of the BOTTOM SWITCH SECTION to the electrical connections of the TOP ELECTRICAL SWITCH SECTION;
 13. means to connect the BOTTOM ELECTRICAL SWITCH SECTION electrical connections to the electrical connections of a D.C. Variable Power Supply (150-500 Volts);
 14. means to connect the MOTOR PLATFORM SECTION frame to the 1st LEVER SECTION in series connection to the 2nd LEVER SECTION that push forward/pull up on the forward movement of the MOTOR PLATION SECTION frame and pull backward/push down on the backward movement of the MOTOR PLATFORM SECTION frame;
 15. means to have 1st LEVER SECTION to have a mechanical advantage to the 2nd LEVER SECTION by position and attach metal weight bars at the top ends of the lever;
 16. means to attach to the 2nd LEVER SECTION a steel rod connection to a modified ten speed bicycle paddle that rotates the modified bicycle wheel spinning when the 2nd LEVER SECTION is pull up and push down;
 17. means to attach to the bicycle wheel eight metal bar weights, securely and spaced evenly around the bicycle wheel;
 18. means to connect a flywheel gear and two cassette gears with chains in series connection to the bicycle wheel spinning and in series connection to rotate the flywheel gear of the shaft to the electric generator;
 19. means to have the MOTOR PLATFORM SECTION frame to move forward and backward with force in and out of an ELECTROMAGNETIC ALUMINUM TUBE when the powerful, electromagnetic force field of the ELECTOMAGNET ALUMINUM TUBE is activated with current; means to have the MOTOR PLATFORM SECTION frame move forward from the start position where on the forward movement at a specific position over the top of the TOP SWITCH SECTION, the ELECTRIC SWITCH SECTION reverses direction of the current flow to the ELECTROMAGNETIC ALUMINUM TUBE and the MOTOR PLATFORM SECTION frame move backward;
 20. means on the forward movement of the MOTOR PLATFORM SECTION frame to push the two LEVER SECTIONS forward/pull up, and on the backward movement of the MOTOR PLATFORM SECTION frame to pull backward/push down on the two LEVER SECTIONS;
 21. means to have the downward & upward force of the 2nd LEVER SECTION connection to the steel rod connection to the bicycle paddle to cause the bicycle wheel to spin with speed;
 22. means to have the bicycle wheel to spins with speed and force is the to attach eight metal bar weights, spaced evenly around the bicycle wheel;
 23. means to connect the flywheel gears and cassette gears of different teeth counts in serious connections with the bicycle wheel is with chains;
 24. means to connect the end positioned cassette gear with chain to the flywheel gear of the shaft of the electric generator;
 25. means to have the series connections of the MOTOR PLATFORM SECTION frame, the LEVERS SECTIONS and the force spinning of the bicycle wheel, flywheel gears and cassette gears to produce speed and torque force to rotate the shaft of the electric generator producing electricity;
 26. means to increase multiple of times the electromagnetic force field of the ELECTROMAGNETIC ALUMINUM TUBE is: a). means to increase the number of turns of the enameled magnet cooper wire gauge 18 around the aluminum tube where the voltage remains the same, and/or b). means for the number of turns of the enameled magnet copper wire gauge 18 around the aluminum tube to remains the same and increase the voltage source.
 27. means to have ELECTROMAGNETIC PLATFORM MOTOR (EPM) more efficient is to have machine made parts and advance technology but with the same principle of this invention—a reciprocating electromagnetic engine with mechanical advantage.
 28. Inventor claims that the principle elements of this invention ELECTROMAGNETIC PLATFORM MOTOR (EPM-1) are the same as that of his invention, ELECTROMAGNETIC PLATFORM MOTOR (EPM) and is to have the specific requirements and requisites to produce the speed and torque force to rotate the shaft of an electric generator or hydroelectric generator of a power plant. ELECTROMAGNETIC PLATFORM MOTOR (EPM-1) is comprised of:
 29. means to match/exceed the output power requisite to an electric generator or hydroelectric generator of a power plant is to have the ELECTROMAGNETIC ALUMINUM TUBE electric force field extremely powerful to produce the torque force required to rotates the shaft of the electric generator or hydroelectric generator of a power plant output power;
 30. means to have the requisite of this invention MOTOR PLATFORM SECTION (EPM-1) is comprise of:
 31. means to attach metal track wheels on the MOTOR PLATFORM frame four corners;
 32. means to have attach on opposite sides on the MOTOR PLATFORM frame two groups of extremely powerful magnets where the magnetic polarity of the same pole (NORTH or SOUTH) of one group of magnets is facing the same magnetic polarity of the opposite magnets but space apart;
 33. means to have machine wind enameled magnetic copper wire (a specified number gauge) and a specific number of feet around an aluminum tube specified for this invention and with the means to secure the ELECTROMAGNETIC ALUMINUM TUBE to a position in the center of the MOTOR PLATFORM SECTION (EPM-1) frame;
 34. means to have the two opposite groups of extremely powerful magnets attached to the MOTOR PLATFORM SECTION (EPM-1) frame to move in and out of the ELECTROMAGNETIC ALUMINUM TUBE with ease; means to have a specific amount of current to activate the electromagnetic force field inside the ELECTROMAGNET ALUMINUM TUBE to repel and pull at the same time the extremely power magnets to move forward and when the current flow is reverse to the ELECTROMAGNETIC ALUMINUM TUBE, the electromagnetic force field inside the tube to repel and pull at the same time the extremely power magnet to move backward;
 35. means to have a TOP SWITCH SECTION and a BOTTOM SWITCH SECTION with the same principle of CLAIM #1 elements but with specific requirements and requisite for this invention:
 36. means to connect the TOP SWITCH SECTION electrical connections to the ELECTROMAGNETIC ALUMINUM TUBE electrical connections; means to have the TOP SWITCH SECTION electrical connections to the ELECTROMAGNETIC ALUMINUM TUBE to reverse the current flow to the ELECTROMAGNETIC ALUMINUM TUBE with the up & down movements of the TOP SWITCH SECTION;
 37. means to have the up & down contact movements of the electrical connections of the TOP SWITCH SECTION to make electrical contacts with the electrical connections of the BOTTOM SWITCH SECTION to reverses the current flow to the ELECTROMAGNETIC ALUMINUM TUBE when a specific determined amount of D.C. current is activated; means to have a determined amount of D.C. volts to activate the movements of the MOTOR PLATFORM SECTION (EPM-1) frame when it is positioned to the rear in the start position;
 38. means to attach an extremely powerful magnet at the end of the connected part extended from the MOTOR PLATFORM SECTION (EPM-1) frame over the TOP SWITCH SECTION; means to have the extremely powerful magnet to be position over the top of the powerful magnets attached and positioned on top of the TOP SWITCH SECTION with the extremely powerful magnet facing the same magnetic polarities of the two positioned powerful magnets; means to have the extremely powerful magnet to repel the two positioned powerful magnets in passing;
 39. means to connect the electrical connections of the BOTTOM SWITCH SECTION to a D.C. power supply that meet the requirement for this invention;
 40. means to have two LEVER SECTIONS, 1st and 2nd LEVER SECTIONS meet the requirements for this invention; means to have the two LEVER SECTIONS in serious connections to the MOTOR PLATFORM SECTION (EPM-1) frame to push forward/pull up on the forward movement of the MOTOR PLATION SECTION (EPM-1) frame and to pull backward/push down on the backward movement of the MOTOR PLATFORM SECTION (EPM-1) frame;
 41. means to have 1st LEVER SECTION to have a mechanical advantage to the 2nd LEVER SECTION by position and attach metal weight bars at the top ends of the lever;
 42. means to connect to the 2nd LEVER SECTION a steel rod connection to part of a specific designed weighted wheel for this invention that rotates the wheel with speed and torque force when the 2nd LEVER SECTION is pull up and push down;
 43. means to connect gears of different teeth counts with chains in serious connection to the spinning wheel with means to spin at a high rate of speed and force;
 44. means to connect the end cassette gear with chain to the turbine gear shaft of an electric generator or hydroelectric generator of the power plant;
 45. means to have ELECTROMAGNETIC PLATFORM MOTOR (EPM-1) to meet/exceed the power required to produce the speed and torque force to rotate the shaft of an electric generator or hydroelectric generator power plant output power producing electricity.
 46. Inventor claims an improved electromagnetic mechanical advantage motor to power an electric generator in an electric automobile or electrical vehicle charging a bank of batteries and powering the electric motor (s). Inventor claims that this invention needs no gasoline and it need not to be recharge to operate. ELECTROMAGNETIC PLATFORM MOTOR (EPM-2) PRIME MOVER is comprised of:
 47. means to have a MOTOR PLATFORM SECTION (EPM-2) attached with metal track wheels on the frame four corners;
 48. means to attach on the opposite sides of the MOTOR PLATFORM SECTION frame a group of powerful magnets where the magnetic polarity of the North pole of one group is facing the North pole magnetic polarity of the opposite magnet group but space several inches apart;
 49. means to wind 3,003 feet of enameled magnet copper wire, gauge 18 around a 15 inch aluminum tube with a 2 inch open; means to secure the ELECTROMAGNETIC ALUMINUM TUBE to a position in the center of the MOTOR PLATFORM SECTION frame.
 50. means to connect two groups of eighteen (18) 12-volts car batteries in to a series circuit, BATTERY GROUP #1 and BATTERY GROUP #2;
 51. means to connect BATTERY GROUP #1 in to a parallel circuit to BATTERY GROUP #2;
 52. means to have the two groups of powerful magnets attached to the MOTOR PLATFORM SECTION frame to moves in and out of the ELECTROMAGNETIC ALUMINUM TUBE with ease; means to have the D.C. current from the parallel circuit of the BATTERY GROUPS to activate the ELECTROMAGNET ALUMINUM TUBE electromagnetic force field; means to have the electromagnetic force field inside the tube to repel and pull at the same time the powerful magnets to move forward; means when the current flow to the ELECTROMAGNETIC ALUMINUM TUBE is reverse, the electromagnetic force field inside the tube is to repel and pull at the same time the powerful magnet to move backward;
 53. means to increase the electromagnetic force field of the ELECTROMAGNET ALUMINUM TUBE is to: a) means to increase the number of turns of the enameled magnetic coper wire gauge 18 around the aluminum tube where the voltage remains the same, and/or b) means for the number of turns of the enameled magnetic copper wire gauge to remain the same and increase the voltage source;
 54. means to have a TOP SWITCH SECTION connection to move up & down on top of a BOTTOM SWITCH SECTION; means to have the opposition ends of the electrical connections of the TOP SWITCH SECTION to make electrical contacts with the BOTTOM SWITCH SECTION electrical connections on the up & down movements.
 55. means to connect the TOP SWITCH SECTION electrical connections to the ELECTROMAGNETIC ALUMINUM TUBE electrical connections; means to have the TOP SWITCH SECTION electrical connections to the ELECTROMAGNETIC ALUMINUM TUBE to reverse the current flow to the ELECTROMAGNETIC ALUMINUM TUBE with the up & down movements of the TOP SWITCH SECTION;
 57. means to have the up & down movements of the electrical connections of the TOP SWITCH SECTION to make electrical contacts with the electrical connections of the BOTTOM SWITCH SECTION to reverses the current flow to the ELECTROMAGNETIC ALUMINUM TUBE when the D.C. current is activated; means to have D.C. volts to activate the movements of the MOTOR PLATFORM SECTION frame when it is position to the rear in the start position;
 58. means to attach a strong magnet at the end of the connected part extended from the MOTOR PLATFORM SECTION frame over the TOP SWITCH SECTION; means for the strong magnet to be position over the top of the two magnets attached and positioned on top of the TOP SWITCH SECTION where the strong magnet is facing the same magnetic polarity of the two magnets; means for the strong magnet to repel the two magnets in the passing forward and backward movements of the MOTOR PLATFORM SECTION frame;
 59. means to have an ON & OFF TOP ELECTRICAL SWITCH SECTION; means to have a a BOTTOM ELECTRICAL SWITCH SECTION; means to have the TOP ELECTRICAL SWITCH SECTION connection on top of BOTTOM ELECTRICAL SWITCH SECTION where the TOP ELECTRICAL SWITCH SECTION moves up and down; means to have the electrical connections of the TOP ELECTRICAL SWITCH SECTION to make electrical contacts with the BOTTOM ELECTRICAL SWITCH SECTION electrical connections on the up & down movements;
 60. means to connect the TOP ELECTRICAL SWITCH SECTION electrical connections to the electrical connections of the BOTTOM SWITCH SECTION;
 61. means to connect the electrical connections of the BOTTOM ELECTRICAL SWITCH SECTION to the parallel circuit of the BATTERY GROUPS;
 62. means to have connected to the MOTOR PLATFORM SECTION frame two sets of levers, 1st LEVER SECTION and 2nd LEVER SECTION that push forward/pull up on the forward movement of the MOTOR PLATION SECTION frame and pull backward/push down on the backward movement of the MOTOR PLATFORM SECTION frame;
 63. means to have 1st LEVER SECTION to have a mechanical advantage to the 2nd LEVER SECTION by position and attach metal weight bars at the top ends of the lever;
 64. means to attach to the 2nd LEVER SECTION a steel rod connection to a modified ten speed bicycle paddle that rotates the bicycle wheel spinning when the 2nd LEVER SECTION is pull up and push down;
 65. means to attach to the bicycle wheel metal bar weights, securely and spaced evenly around the bicycle wheel;
 66. means to have the series connection of the modified bicycle wheel, the flywheel gear and the two cassette gears connected to rotate the flywheel gear of the shaft to the electric generator;
 67. means to have the MOTOR PLATFORM SECTION frame to move forward and backward with force in and out of an ELECTROMAGNETIC ALUMINUM TUBE when the powerful, electromagnetic force field of the ELECTOMAGNET ALUMINUM TUBE is activated with current; means when current is activated, the MOTOR PLATFORM SECTION frame move forward from the start position where on it forward movement at a specific position over the top of the TOP SWITCH SECTION, the ELECTRIC SWITCH SECTION reverses direction of the current flow to the ELECTROMAGNETIC ALUMINUM TUBE and the MOTOR PLATFORM SECTION frame move backward;
 68. means on the forward movement of the MOTOR PLATFORM SECTION frame to push the two LEVER SECTIONS forward/pull up, and on the backward movement of the MOTOR PLATFORM SECTION frame, it pulls backward/push down on the two LEVER SECTIONS;
 69. means to have the downward & upward force movements of the 2nd LEVER SECTION connection to the steel rod connected and to the bicycle paddle to cause the modified bicycle wheel to spin with speed and force;
 70. means to have the modified bicycle wheel to spins with speed and force is to attach metal bar weights, spaced evenly around the bicycle wheel;
 71. means to connect the flywheel gears and cassette gears of different teeth counts in serious connections with the modified bicycle wheel with chains;
 72. means to connect with chain the end cassette gear to the flywheel gear of the shaft of an electric generator;
 73. means to have the series connections of the MOTOR PLATFORM SECTION frame, the LEVERS SECTIONS and the spinning force of the modified bicycle wheel, flywheel gears and cassette gears to produce speed and torque force to rotate the shaft of an electric generator producing electricity;
 74. means to connect the electrical control outlets of the electric generator to the parallel circuit of the BATTERY GROUPS; means to have the electric generator to maintain charge to the BATTERY GROUPS when operating;
 75. means to connect a controller to the electric generator; means to connect electric motor (s) of the electric automobile or electric vehicle to the controller I claim that the foregoing embodiments of the present invention, ELECTROMAGNETIC PLATFORM MOTOR (EPM) (EPM-1) (EPM-2) have been set forth in considerable details for the purpose of making a complete disclosing of the invention. I claim that numerous changes and advance technology could make the invention more efficient but the principle of the invention will remain the same—a mechanical advantage connection of an electromagnetic platform motor on track wheels that convert reciprocating motion into rotation motion that produce speed and torque force that rotates the shaft of an electric generation or hydro-electric generator producing electricity. 